In the UK, a new research by Cranfield University has revealed that multi-million-pound investment is urgently needed in technologies including direct air capture (DAC) if the UK aims to make ‘green’ airports a reality in the future. In the study, which focused primarily on emissions from the operational aspects of airports, researchers looked at how […]
In South Korea, hydrogen can be produced sustainably by electrocatalytic water splitting, a process where the water molecule is split into oxygen and hydrogen gas using electricity. However, the need for expensive and rare metal catalysts makes the process unfeasible for large-scale industrial use. In a new study, Chung-Ang University researchers develop an inexpensive catalyst […]
In Sweden, Project Air, a cooperation project with Perstorp, Fortum and Uniper in Sweden, is taking significant next steps in developing sustainable methanol for the chemical industry. The project has been selected for funding by the EU innovation fund. Project Air aims to move the chemical industry from using fossil raw materials to recycled and […]
In the UK, international team of researchers has developed a fast and economical method of converting methane, commonly called natural gas, into liquid methanol at ambient temperature and pressure. The approach uses visible light to drive the conversion in a continuous flow across a photocatalytic material. The research was led by scientists at the University […]
In Michigan, solar-powered synthesis gas could recycle carbon dioxide into fuels and useful chemicals, an international team of researchers has shown. Composed mainly of hydrogen and carbon monoxide with a little methane, syngas is commonly derived from fossil fuels with the help of electricity. In addition, toxic chemicals are often added to make the process […]
In Washington, a new study that evaluated several approaches to reducing greenhouse gas (GHG) and other emissions from medium and heavy-duty vehicles from 2022-2032, found considerable advantages with advanced diesel technology particularly when using renewable biofuels, as compared to an electrification strategy. Medium and heavy-duty trucks operating in 10 Northeastern states (Connecticut, Delaware, Massachusetts, Maryland, […]
In Australia, new research at Flinders University has discovered a simple, low-cost and effective way to extract high-value bioactives from single-cell algae oil—using waste sulfur from industries such as petrochemical production. The innovative algae oil production process, described in the international journal ACS Sustainable Chemistry & Engineering, outlines the new method of using waste sulfur […]
In Texas, peanut oil powered the world’s first diesel engine when it was premiered by Rudolf Diesel at the World Exposition in Paris in 1900. Now, a collaboration between Chevron and Texas A&M AgriLife is reviving the use of peanuts as a renewable feedstock for diesel fuel with a lower carbon intensity. The five-year, multi-million-dollar […]
In Australia, University of Technology Sydney researchers in the Climate Change Cluster (C3) have partnered with PSI – the world-leading manufacturer for biological sciences instruments – to develop and install an automated robotic system that screens thousands of types of algae each day. Previously, it took scientists around six months of manual, full-time experimental work […]
In China, oil spills and industrial pollution pose a huge threat to the ecological environment. Concerns over safety have seen an increased focus on improving the filtration of oily wastewater; for example, during the treatment of sewage. Membrane separation technology offers a promising and efficient option for treating that wastewater, particularly with its low energy […]
